1. Systems A, B and C are gases with coordinates P, V ; P', V'; P",V" . When A and C are inthermal equilibrium, the equationPV – nbP- P"V" = 0is found to be satisfied. When B and C are in thermal equilibrium the relationnB'P"V"P'V' – P"V" +:V'holds. The symbols n, b and B' are constants.What are the three functions which are equal to each other at thermal equilibriumand each of which is equal to 0, where Ois the empirical temperature.b. What is the relation expressing the thermal equilibrium between A and B?а.

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Answered: PV – nbP- P"V" = 0 is found to be…

PV – nbP- P"V" = 0 is found to be satisfied. When B and C are in thermal equilibrium the relation nB'P"V" P'V' – P"V" + V'

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter2: The Kinetic Theory Of Gases

Section: Chapter Questions

Problem 34P: (a) What is the gauge pressure in a 25.0 cc car tire containing 3.60 mol of gas in a 30.0-L volume?...

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Question

1. Systems A, B and C are gases with coordinates P, V ; P', V'; P",V" . When A and C are in
thermal equilibrium, the equation
PV – nbP- P"V" = 0
is found to be satisfied. When B and C are in thermal equilibrium the relation
nB'P"V"
P'V' – P"V" +:
V'
holds. The symbols n, b and B' are constants.
What are the three functions which are equal to each other at thermal equilibrium
and each of which is equal to 0, where Ois the empirical temperature.
b. What is the relation expressing the thermal equilibrium between A and B?
а.

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